COMPOSITIONAL CHARACTERISTICS OF SLUDGES GENERATED IN INDUSTRIAL ENTERPRISES AND THE THEORETICAL FOUNDATIONS OF THEIR PROCESSING TECHNOLOGIES

Yuldoshev Sarvarbek Mavlon ugli; Axmedov Madat Sevdiyor ugli; Jabbоrova Surayyo Ghulomovna; Islomov Rustam Farhod ugli

Authors

Yuldoshev Sarvarbek Mavlon ugli PhD Doctoral Researcher, ORCID: 0009-0007-4762-926X Navoi State Mining and Technology University, Navoi, Republic of Uzbekistan
Axmedov Madat Sevdiyor ugli PhD Doctoral Researcher, ORCID: 0009-0007-7888-8483 Navoi State Mining and Technology University,
Jabbоrova Surayyo Ghulomovna Assistant Lecturer, ORCID: 0009-0002-9044-5507 Navoi State Mining and Technology University,
Islomov Rustam Farhod ugli Master’s Student, ORCID: 0009-0008-4865-8000 Navoi State Mining and Technology University,

Keywords:

heavy metal ions, sludge, maximum concentration, coagulation, acids, alkalis, crystallization.

Abstract

This paper discusses the theoretical foundations of integrated technologies for the processing and utilization of heavy compounds of non-ferrous metals contained in industrial waste, as well as opportunities for reducing environmental pollution.

References

Vorobyova, A.A.; Vitkalova, I.A.; Torlova, A.S.; Pikalov, E.S.; Panov, Yu.T. Optimization of batch composition for the production of construction ceramics using galvanic sludge and glass cullet. Butlerov Communications, 2016, 47(8), 93–98.

Akhmedov, M.S.; Yuldoshov, S.M.; O’rozov, D.T. Extraction of copper and valuable components from copper industry waste. International Journal of Advanced Technology and Natural Sciences, 2025, 1(6), 84–87.

Yarlaqabov, S.K.; Yuldoshov, S.M.; Azimova, A.B. Reducing technical water consumption in auxiliary processes of industrial enterprises by recycling. Journal of Advances in Engineering Technology, 2025, 6(18), 48–52.

Azimova, A.B.; Yarlakabov, S.B.; Yuldoshev, S.M.; Shonazarov, M.I. Reducing technical water consumption in manufacturing plants by redirecting water used in auxiliary processes for recycling. Vestnik Nauki i Obrazovaniya, 2025, 6(161), Part 3, 45–49.